NdFeB Magnet Assembly w/ Threaded Bushing and Rubber Coat – Galvanized body coated with SANTOPRENE, neodymium magnetic core, anisotropic, working temperature max. +60°C.
This series consists of permanent-magnetic holding systems mainly used on sensitive surfaces as, for instance, on steel sheet with surface coatings like paint, chrome, nickel, etc. Due to the rubber-type consistency of Santoprene, the sensitive surfaces are protected against scratches (provided the surfaces are clean). Moreover, strong friction forces sideways for resistance to displacement are achieved due to the favorable friction coefficient of Santoprene.
These systems are used especially on delicate surfaces. Due to the rubber coating occurs neither scratches nor discoloration. Moreover the slip resistance is improved thanks to rubber coating.
Alternative to the standard we also offer individual solutions:
» Other colours rubber coating
» Rubber coating harder or softer
» printable rubber coat
Rubber Coated Magnet Cup Assemblies are specially used in the places where people don’t want magnet holders scratch steel surfaces or paint coating.
We have in stock for customer immediate needs. Besides, we can make other sizes to custom designs.
Max pull is tested on a ½” thick and flat machined steel plate. The actual pull should be smaller if your steel is thinner, rough, rusty, coated or not very flat. For any critical applications, three-time safety factor is strongly recommended.
Pot magnets Magnetic assembly with threaded bushing and rubber coat Applications include magnetic Holding, Lifting, Antenna Mounting, Positioning, Retrieving and more.
| Part No. | D x L | Thread | Holding force |
| RCMS02-12 | 12 x 14.8 mm | M4 | 10.0 N |
| RCMS02-22 | 22 x 11.5 mm | M4 | 50.0 N |
| RCMS02-31 | 31 x 11.5 mm | M4 | 75.0 N |
| RCMS02-43 | 43 x 10.5 mm | M4 | 85.0 N |
| RCMS02-66 | 66 x 15 mm | M5 | 180.0 N |
| RCMS02-88 | 88 x 17 mm | M8 | 420.0 N |
The holding force is determined at room temperature (20°C) on a polished plate made of mild steel with a thickness of 10 mm by pulling the magnet vertically from the surface (1 kg ≈ 10 N). A deviation of -10% in the stated values is possible in exceptional cases. In general, the value will be exceeded. rubber coated neodymium magnets external thread
Santoprene Rubber Coated Neodymium Magnets with Screwed Bush
Square Waterproof Aluminum Alloy Magnetic Catch, Rectangle Screw-On Plastic Shell Embedded Square Magnetic Holder Catch for Screw Fixing, Cabinet Door magnetic touch, Magnetic Closure, Concealed Tap-in Magnetic Closer Catcher, rectangle door stopper, neodymium magnetic cabinet catches and latches, Knock-in Recessed Magnetic Catches, Superior Panel & Cabinet Magnets Hardware Accessories China Factory Supplier Square Waterproof Aluminum […]
Double Round Head Magnetic Catch Latch for Cabinet Cupboard, Rectangle Screw-On Plastic Shell Embedded Square Magnetic Holder Catch for Screw Fixing, Cabinet Door magnetic touch, Magnetic Closure, Concealed Tap-in Magnetic Closer Catcher, rectangle door stopper, neodymium magnetic cabinet catches and latches, Knock-in Recessed Magnetic Catches, Superior Panel & Cabinet Magnets Hardware Accessories China Factory Supplier […]
Furniture Door Screw Fix Permanent Magnetic Catcher, Rectangle Screw-On Plastic Shell Embedded Square Magnetic Holder Catch for Screw Fixing, Cabinet Door magnetic touch, Magnetic Closure, Concealed Tap-in Magnetic Closer Catch, rectangle door stopper, neodymium magnetic cabinet catches and latches, Knock-in Recessed Magnetic Catches, Superior Panel & Cabinet Magnets Hardware Accessories China Factory Supplier Furniture Door […]
Permanent Magnets Double Magnetic Cabinet Catcher, Rectangle Screw-On Plastic Shell Embedded Square Magnetic Holder Catch for Screw Fixing, Cabinet Door magnetic touch, Magnetic Closure, Concealed Tap-in Magnetic Closer Catch, rectangle door stopper, neodymium magnetic cabinet catches and latches, Knock-in Recessed Magnetic Catches, Superior Panel & Cabinet Magnets Hardware Accessories China Factory Supplier Permanent Magnets Double […]
